Heterotrophic microalgal cultivation

Engineering & Materials Science

• Biomass 100%
• Carbon dioxide 40%
• Polyunsaturated fatty acids 39%
• Organic carbon 33%
• Algae 30%
• Lipids 29%
• Metabolism 28%
• Biofuels 24%
• Biodiesel 23%
• Energy resources 22%
• Feedstocks 22%
• Contamination 21%
• Renewable energy resources 17%
• Productivity 17%
• Liquids 14%
• Economics 14%
• Costs 8%

Earth & Environmental Sciences

• biomass 67%
• photoautotrophy 36%
• atmospheric carbon dioxide 26%
• biofuel 23%
• energy resource 22%
• alternative energy 20%
• fatty acid 20%
• lipid 19%
• pond 18%
• metabolism 18%
• alga 18%
• carbon dioxide 17%
• organic carbon 17%
• productivity 15%
• contamination 14%
• liquid 13%
• economics 12%
• loss 11%
• cost 11%
• product 10%